叶际华 Ji-Hua Ye
叶际微生物 phyllospheric microganism
枫叶国际酒店 Maple Leaf International Hotel
国际茶叶委员会 The International Tea Committee
洛阳枫叶国际大酒店 Maple International Hotel
广州国际茶叶交易中心 GTTC
大连枫叶国际学校 Dalian maple leaf International School
日本国际茶叶博览会 O-CHA
柳叶刀国际卫生 Lancet Global Health
国际茶叶促进协会 International Tea Promotion Association
·2,447,543篇论文数据，部分数据来源于NoteExpress
抗菌素则利于保持叶际微生物的丰富度及多样性指数。
Bacillus subtilis BSD-2 antibiotics can keep phyllosphere microbial richness and diversity index.
结果表明：用不同植物群落的土样作为接种物，三叶草菌根侵染率和根际AMF种类和密度有很大差异，但菌根真菌种类数目较多；
The result shows that there are obvious difference in the colonization rate, density and species number of AMF when the inocula are soil from the different plant community.
栽培方式对叶幕叶片光合有效辐射截留、叶果际温度微气候产生显著影响，T架与篱架叶幕温度微气候优于棚架；
Training systems had great influence on the leaf PAR capture, leaf and fruit temperature microclimate. Canopy temperature microclimate was better in T-bar and hedgerow trellis than in pergola trellis.
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